Nothing on the walls. Heat only the rooms you use. Slim white PowerBoard panels on the ceiling warm people and everything in the room directly, instead of heating the air first. Supplied and installed across the UK.
Cost comparisons use representative UK 2024/25 tariff and installation data sourced from publicly available market references. Competitor figures are market averages, individual quotes may differ. All figures are for guidance only and do not constitute a guarantee of savings or installation costs. We recommend obtaining independent quotes before making any purchasing decision.
Off-grid properties often have the space for significant solar arrays. By pairing infrared heating with solar PV and battery storage, you transform your home from a fuel-dependent consumer into an energy producer.
Store surplus daytime solar to power your heating through the evening.
Infrared panels draw exactly what you generate, with no warm-up lag.
End the anxiety of winter fuel levels and tanker accessibility.
Resulting All-in Running Cost
~2.5p per kWh
vs 10p-14p for delivered fuel
Since 2020, rural fuel prices have seen unprecedented volatility. Heating oil prices have fluctuated by over 300% in short windows, making household budgeting for off-grid homes extremely difficult. Switching to electric-based infrared gives you access to a wider range of smart tariffs and, most importantly, the ability to generate your own fuel through solar.
Oil and LPG require bulky storage tanks, annual rental fees, and scheduled deliveries that depend on road access. Infrared panels run on mains electricity, no storage, no delivery anxiety, no top-up panic before a cold snap.
Oil and LPG prices track global commodity markets, creating budget uncertainty. Pairing infrared with solar PV lets you generate and store your own heat energy, locking in a cost per kWh that won't spike when geopolitical events hit fuel markets.
Oil and LPG mean a tank in the garden, deliveries to schedule and a price that moves with the market. This is a real installation in a rural home. Mounting frames and cabling go up first, then the panels fit onto them. No tank, no flue, no pipework and no wet trades.
Photographs from a whole-home installation in Newport Pagnell. Read the full case study.
The off-grid pitch in slide form, ideal for sharing with the family or your installer.
Compare More Heating Options
On standard electricity tariffs, oil is often cheaper per unit of heat. However, when infrared is paired with solar panels and battery storage, the running cost drops significantly (to ~2.5p/kWh). When you factor in zero annual servicing, no tank rental, and no boiler replacement costs, infrared often achieves a lower total cost of ownership within 5-8 years.
Absolutely. Infrared panels provide full whole-house heating. Unlike heat pumps, which can struggle in very cold snaps or poorly insulated rural buildings, infrared provides consistent radiant warmth regardless of outside temperature, provided the system is sized correctly for the room.
Once your infrared system is installed, your oil tank becomes redundant. Many homeowners choose to have the tank professionally decommissioned and removed, freeing up valuable garden or utility space and eliminating the risk of fuel theft or environmental leaks.
Yes, infrared is often better than convection (radiators) in older homes because it warms the building fabric directly. This helps manage damp and feels warmer even if there are slight draughts. However, we always recommend improving insulation where possible to minimize energy consumption.
Yes. Many rural homeowners start by installing infrared in primary living areas or bedrooms while keeping the oil boiler for hot water or secondary rooms. This phased approach allows you to experience the comfort and savings before committing to a full removal.